The cells could be expanded to 1.6 x [10.sup.5] cells [cm.sup.-2] (total 8.7 x [10.sup.8] cells) achieving an

expansion factor of 29.

Caption: Figure 10: Comparison of particle deposition rates between different inhalation depths in the 4-alveoli model: (a) total deposition at different tidal volumes ([V.sub.T]) and the time resolution of sectional cumulative deposition for (b) 2 standard [V.sub.T] (i.e., volume

expansion factor: 0.466), (c) 3 standard [V.sub.T] (i.e., volume

expansion factor: 0.699), and (d) 4 [V.sub.T] (i.e., volume

expansion factor: 0.932).

It can be seen from Table 5 that the variance

expansion factor of each variable is very low, with an average value of 1.889, which is far less than 10, indicating that the multicollinearity between variables is small, which can be used to construct the regression model.

They cover Thurston maps, LattAaAeAeAes map quasiconformal and rough geometry, cell decompositions, expansion, Thurston maps with two or three postcritical points, visual metrics, symbolic dynamics, tile graphs, isotopies, subdivisions, quotients of Thurston maps, combinatorially expanding Thurston maps, invariant curves, the combinatorial

expansion factor, the geometry of the visual sphere, relational Thurston maps and Lebesgue measure, a combinatorial characterization of LattAaAeAeAes maps, and outlook and open problems.

Figure 1 shows the

expansion factor a(t) as function of the Universe age.

The biomass density could be estimated through two approaches: (1) biomass

expansion factor (BEF); and (2) regression equation (Palma et al.

Compared to the initial sample, when the samples were exposed for 48 h, the resistance time degradation reached 43.4%, the fire-resistance time was only 30 min and 48 s (30'48"), the treated layer barely expanded, the thickness of the char was 7.7 mm and the

expansion factor was only 4.9.

In equation 10 [EF.sub.ik] is an

expansion factor to allow managing the coefficient of variation over time.

The analysis of the elliptic flow shows that the

expansion factor is characterized by the impact parameter, which is related to participating nucleons.

The highest compressive strength values are obtained for specimen PE1.5-101, which has an

expansion factor of 500 [micro], and for specimen PE1.5-8-2, which has an

expansion factor of 700 [micro].

In the mid-2000s, there was also a research effort launched (4,5) to improve the

expansion factor correlation used in the orifice meter flow equation.